JBP Nanocannula 22G 50mm (6ea)

JBP Nanocannula 22G 50mm

Description
The JBP Nanocannula is a premium blunt-tip cannula engineered in Japan for precision, safety, and patient comfort during dermal filler and mesotherapy procedures. Featuring an ultra-smooth surface and flexible design, the JBP Nanocannula minimizes tissue trauma, reduces the risk of bruising, and enhances the precision of filler placement.

The 22G 50mm size is ideal for medium to deep filler applications, allowing controlled delivery in larger treatment areas with improved safety compared to traditional needles.

Key Benefits

• Minimized Trauma: Blunt-tip design reduces the risk of vascular injury and bruising.
• Smooth Insertion: Ultra-thin wall technology ensures easier flow and precision.
• Greater Flexibility: Allows wider coverage with fewer entry points.
• Patient Comfort: Less painful than sharp needles, enhancing overall treatment experience.
• Reliable Quality: Manufactured in Japan with strict quality standards.

Specifications

• Gauge: 22G
• Length: 50mm
• Type: Blunt-tip cannula
• Material: High-grade stainless steel with ultra-smooth coating
• Connector: Standard Luer-lock hub (compatible with most syringes)

Indications

• Medium to deep dermal filler injections (e.g., cheeks, jawline, nasolabial folds)
• Mesotherapy and regenerative treatments requiring wider diffusion
• Ideal for reducing injection trauma and risk of vascular occlusion

Packaging

• Unit: 1 sterile, single-use cannula
• Needle Guide: Includes a sharp introducer needle for entry point creation
• Sterilization: Gamma-sterilized for safety
• Storage: Keep in a cool, dry place away from direct sunlight

Summary

The JBP Nanocannula 22G 50mm combines Japanese precision engineering with advanced safety features, offering practitioners a reliable tool for achieving natural, smooth, and safe aesthetic results. Designed for professional use, it enables precise filler placement with maximum patient comfort and minimal downtime.The JBP Nanocannula is a new tool for less traumatic and less painful injections of dermal fillers, allowing injection physicians to achieve more accurate and patient-satisfying results.